Quote:
Originally Posted by JerryLove 
Indirect lighting is certainly not uncommon.
And heavy use of reflected sound is something you'll find in a lot of designs (Ohm, Martin Logan, Magipan, half of everyone's surround speakers, etc). I'm not defending the 901, but the premise that reflected sound can add positively to the experience is reasonable.
And I'm not sure of how they do the crossover: but since their drivers are about big enough that a single one could do midrange; it's possible that the wall-facing drivers are mainly for LF extension.

Indirect lighting is certainly not uncommon.
And heavy use of reflected sound is something you'll find in a lot of designs (Ohm, Martin Logan, Magipan, half of everyone's surround speakers, etc). I'm not defending the 901, but the premise that reflected sound can add positively to the experience is reasonable.
And I'm not sure of how they do the crossover: but since their drivers are about big enough that a single one could do midrange; it's possible that the wall-facing drivers are mainly for LF extension.
I'm pretty sure that the 901s have no crossover. The identical drivers cover the same frequency range. From what I read elsewhere, the nine drivers in aggregate average out the random resonances that each individual driver produces, helping to produce a more even response curve.
Now the spectral information that the reflecting speakers produce are not lost in rooms with reflecting surfaces, but are presented with delays relative to the direct facing driver output. So your ears essentially receive all the sound energy, with minute delays. The direct driver (essentially without delays) provides sound localization.
You would only lose the reflected energy if absorptive materials are used in the room.
In the case of indirect light if you use enough light energy you can read by indirect light (unless dark surfaces are absorbing it), but essentially in most circumstances you want a narrow beam focused on the page. Compared to the eyes, the ears are faced outwards picking up sound from a much wider area, so the total acoustic energy is received and interpreted even when the majority of it is indirect (reflected)..
Edited by taichi4 - 2/18/13 at 6:04pm

























